Implementing an IEEE 1588 V2 Node on the ColdFire MCF5441x ...

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Detailed description of the <strong>IEEE</strong><strong>1588</strong> demo software 4.5.4 IXXAT PTPM<strong>an</strong>ager 20 Figure 13. “Network Settings” page of the demo application Another possibility for accessing the running <strong>1588</strong> demo application <strong>an</strong>d monitoring the <strong>1588</strong> communication between each node in the network is the IXXAT PTPM<strong>an</strong>ager. It allows you to monitor all <strong>1588</strong> nodes within the network <strong>an</strong>d to use the PTP m<strong>an</strong>agement messages to get/set different <strong>1588</strong>node parameters. This way, the offset between the master node <strong>an</strong>d the slave node c<strong>an</strong> be captured <strong>an</strong>d displayed graphically. This PC application c<strong>an</strong> be downloaded from the IXXAT webpages. <strong>Implementing</strong> <strong>an</strong> <strong>IEEE</strong> <strong>1588</strong> <strong>V2</strong> <strong>Node</strong> on the MCF5441X, Rev. 0 Freescale Semiconductor
5 <strong>IEEE</strong><strong>1588</strong> demo Figure 14. IXXAT PTPM<strong>an</strong>ager <strong>Implementing</strong> <strong>an</strong> <strong>IEEE</strong> <strong>1588</strong> <strong>V2</strong> <strong>Node</strong> on the MCF5441X, Rev. 0 <strong>IEEE</strong><strong>1588</strong> demo This section describes how to build <strong>an</strong> <strong>IEEE</strong><strong>1588</strong> demo using the TWR-MCF54418-KIT <strong>an</strong>d the demo software of the MQX<strong>1588</strong> library. 5.1 Hardware setup <strong>an</strong>d jumper settings The following parts of the TWR-MCF54418-KIT must be used <strong>an</strong>d connected each other to build a correct hardware setup (see Figure 15). • TWR-MCF54418 Rev. D processor board • TWR-SER2 Rev. C serial board • TWR-ELEV primary <strong>an</strong>d secondary—four-story elevator boards Freescale Semiconductor 21
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